Author: Katie

Neuromechanics & Mobility Lab presents at NCM 2026

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Members of the lab attended the Neural Control of Movement (NCM) conference in Kobe, Japan, bringing together an international community focused on understanding how the brain controls movement.

Dr. Kat Steele presented at the satellite meeting on “Precision neurorehabilitation for movement disorders: Integrating technology, neuroscience, and clinical practice,” where she also organized a session on gait and mobility. Her talk, “On time mobility: Neuromechanics to support early play and participation,” highlighted the lab’s work at the intersection of biomechanics and neurorehabilitation.

Madeleine McCreary presented a poster on “Biomechanical effects of transcutaneous spinal cord stimulation amplitude on gait in children with cerebral palsy.” And Katie Landwehr‑Prakel also presented a poster on “Impacts of transcutaneous spinal cord stimulation on muscle activity and heart rate responses during robotic gait trainer use in children with cerebral palsy.”

We were also excited to connect with lab alum and collaborator Dr. Charlotte DeVol, highlighting the strong ongoing collaborations within our broader research community.

It was an exciting opportunity to share research, connect with collaborators, and engage with the global NCM community.

  • Three people pose in front of a large red torii gate at a busy shrine in Japan, with a traditional temple building and visitors in the background.
  • Dr. Kat Steele stands at a podium presenting to an audience, with a large slide reading “On Time Mobility: Neuromechanics to support early play and participation” displayed on a screen at an NCM conference session.
  • Katie stands in front of a scientific poster titled “Impacts of Transcutaneous Spinal Cord Stimulation on Muscle Activity and Heart Rate Responses During Robotic Gait Trainer Use in Children with Cerebral Palsy” at a poster session.

Congratulations to Dr. Kat Steele, Named a 2026 ASB Fellow

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Picture of Kat in purple shirt.

We were proud to celebrate Dr. Kat Steele being named a 2026 Fellow of the American Society of Biomechanics (ASB), one of the society’s highest honors recognizing sustained and impactful contributions to the field.

Kat will be inducted at the 2026 ASB Annual Business Meeting in Vancouver, Canada, held in conjunction with the World Congress of Biomechanics (WCB). She joins an outstanding cohort of new Fellows whose work has advanced biomechanics research, education, and service.

Congratulations to Kat on this well‑deserved recognition!

Congrats to Mia Hoffman, Named to the Husky 100

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We were excited to celebrate Mia Hoffman, who was named to the University of Washington Husky 100, recognizing students who made an exceptional impact during their time at UW.

Mia was honored for work focused on accessibility, mobility, and play for children with disabilities, combining impactful research with community‑engaged advocacy. As a member of the Neuromechanics & Mobility community, Mia exemplified leadership, innovation, and a commitment to inclusive design.

Congratulations, Mia, on this well‑deserved recognition!

  • Studio portrait shows Mia Hoffman standing in a black blazer and blue dress against a gold gradient background; the Husky 100 logo is visible at the bottom of the image.
  • Person stands in a classroom in front of gold “100” balloons and purple balloons, posing for a photo to celebrate Husky 100 recognition.
  • Five people stand together in a conference room, smiling for a group photo in front of gold “100” balloons and purple balloons, celebrating Husky 100 recognition.

Lab Alumni Spotlight: Congrats to Paralympian Nicole Zaino!

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  • Para Nordic sit‑skier races on snow using poles, wearing a Team USA racing bib, with snowy mountains and evergreen trees in the background. Text on the image reads, “Milano Cortina Paralympic Games – Qualified – Nicole Zaino.”
  • Group gathers in a conference room to watch a Para Nordic ski race on a television during a watch party.

We were proud to celebrate Nicole Zaino (PhD ’23), who competed in Para Nordic skiing—including cross‑country and biathlon—at the 2026 Winter Paralympics in Italy.

Nicole discovered adaptive sports during her PhD in Mechanical Engineering at UW, first through Seattle sled hockey in 2019 and later sit‑skiing in 2022, where she quickly found her passion. After graduating, she balanced her engineering background with elite training, rising to compete internationally and represent Team USA on the Paralympic stage.

Nicole’s journey from biomechanics researcher to Paralympian was deeply inspiring to the Neuromechanics & Mobility community. [read more at washington.edu]

Congratulations, Nicole! We proudly cheered you on from Seattle and beyond.

Lab Alumni Spotlight: Sasha Portnova!

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We were so excited to welcome Dr. Alexandra (Sasha) Portnova back to the Neuromechanics & Mobility Lab last month! Sasha completed her undergraduate degree at UW and was the very first undergraduate member of our lab. After graduating, she headed to Northwestern to complete her PhD, then returned to UW as a CREATE Post-Doc Fellow and Research Scientist Engineer in our group. Sasha’s research has focused on upper extremity and hand function, drawing on machine learning and human – computer interaction approaches to develop tools and insights that support users’ everyday movement and interaction needs. She also created a podcast “Gears of Progress“ for anyone interested to hear more about exciting research and innovations happening at the forefronts of rehabilitation engineering and assistive technology.

Since September, Sasha has been part of a research team at Meta, and we’re incredibly proud to see her bringing her expertise to impactful, interdisciplinary work. It was wonderful to catch up, hear about her new role, and reconnect with someone who helped shape the early days of the lab.

Thanks for visiting, Sasha – we’re always cheering you on!

A group of seven people stand side by side in a classroom or lab space, posing for a photo in front of a large whiteboard. The individuals are standing close together with arms around one another, and they are dressed in casual clothing.